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50资产
本帖最后由 学习者123 于 2014-4-30 19:22 编辑
* # FILE NAME: /HOME/DIANKE/SIMULATION/YC/HSPICES/SCHEMATIC/NETLIST/
* YC.C.RAW
* NETLIST OUTPUT FOR HSPICES.
* GENERATED ON APR 29 07:17:09 2014
* GLOBAL NET DEFINITIONS
.GLOBAL VDD!
* FILE NAME: ZYC01_YC_SCHEMATIC.S.
* SUBCIRCUIT FOR CELL: YC.
* GENERATED FOR: HSPICES.
* GENERATED ON APR 29 07:17:09 2014.
.lib'E:\STOP\Hspice\lib\mm018.l' tt **我加的库文件
V1 NET046 0 PULSE 0.0 1.8 1E-9 1E-12 1E-12 1E-9 2E-9
V2 NET066 0 PULSE 0.0 1.8 1E-9 1E-12 1E-12 1E-9 2E-9
V0 VDD! 0 1.8
M10 NET120 VOUT VDD! VDD! PCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15
+PD=4.96E-6 PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M9 VOUT NET120 VDD! VDD! PCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15
+PD=4.96E-6 PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M8 NET120 VOUT 0 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M7 VOUT NET066 NET134 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M6 NET134 0 0 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M5 VOUT 0 NET142 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M4 NET142 0 0 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M3 VOUT NET066 NET150 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M2 NET150 NET046 0 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M1 VOUT 0 NET158 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15 PD=4.96E-6
+PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
M11 NET158 NET046 VDD! 0 NCH L=180E-9 W=2E-6 AD=960E-15 AS=960E-15
+PD=4.96E-6 PS=4.96E-6 NRD=135E-3 NRS=135E-3 M=1.0
* INCLUDE FILES
* END OF NETLIST
.TEMP 25.0000
.OP
.save
.OPTION INGOLD=2 ARTIST=2 PSF=2
+ PROBE=0
.END
然后下面是我用HSpice仿真后产生的报错文件，因此不能出波形！求大神指点。。。
****** HSPICE -- F-2011.09-SP1 32-BIT (Nov 18 2011) winnt ******
Copyright (C) 2011 Synopsys, Inc. All Rights Reserved.
Unpublished-rights reserved under US copyright laws.
This program is protected by law and is subject to the
terms and conditions of the license agreement from Synopsys.
Use of this program is your acceptance to be bound by the
license agreement. HSPICE is the trademark of Synopsys, Inc.
Input File: e:\stop\hspice\yycc.sp
Command line options: -i e:\stop\hspice\yycc.sp -o e:\stop\hspice\yycc.lis
lic:
lic: FLEXlm: v10.8
lic: USER: hp HOSTNAME: hp-HP
lic: HOSTID: "20107a6dfba7 b4b52f2e7402 20107a6dfba7" PID: 292
lic: Using FLEXlm license file:
lic: 27000@hp-HP
lic: Checkout 1 hspice
lic: License/Maintenance for hspice will expire on 31-dec-2019/2019.12
lic: NODE LOCKED license on hostid "20107a6dfba7 b4b52f2e7402 20107a6dfba7"
lic:
Init: read install configuration file: D:\ruanjian\Hspice\meta.cfg
**warning** PSF format only supported on Sun/sparc, Linux or AIX platform
**warning** multiple output options specified, using artist
**info** (e:\stop\hspice\yycc.sp:13) DC voltage reset to initial transient source value in source 0:v1 new dc= 0.0000D+00
***************************************************************************
*** model parameters model name: 0:pch.6 model type:pmos ***
***************************************************************************
*** general parameters ***
deriv= 0.
*** level 49 model parameters ***
hspver= 2006.03 level= 49
version= 3.1 paramchk= 0
apwarn= 1 lite= 0
vgslim= 0 binUnit= 2
capMod= 0 xpart= 1
mobMod= 1 nqsMod= 0
stiMod= 0 elm= 5
sfvtflag= 0 tox= 4.08e-009 meter
xj= 1.7e-007 meter binflag= 0
lmin= 1.8e-007 meter lmax= 5e-007 meter
wmin= 1.3e-006 meter wmax= 1.01e-005 meter
lref= 0 meter wref= 0 meter
lint= 1.5e-008 meter wint= 1.5e-008 meter
lmult= 1 wmult= 1
ll= 0 lln= 1
lw= 0 lwn= 1
lwl= 0 wl= 0
wln= 1 ww= 0
wwn= 1 wwl= 0
dwg= 0 m/V dwb= 0 m/V^1/2
xl= -2e-008 xw= 0
a0= 1.27343 ags= 0.02 V^-1
b0= 0 meter b1= 0 meter
keta= 0.0150006 V^-1 voff= -0.130818 V
ngate= 0 cm^-3 vbx= 0 V
vbm= -3 V xt= 1.55e-007 meter
vth0= -0.449372 V nch= 3.9e+017 cm^-3
nsub= 6e+016 cm^-3 nlx= 0 meter
gamma1= 0 V^-1/2 gamma2= 0 V^-1/2
k1= 0.517892 V^1/2 k2= 0.0428098
k3= 0 k3b= 0 V^-1
w0= 0 meter dvt0= 0
dvt1= 0 dvt2= 0 V^-1
dvt0w= 0 meter^-1 dvt1w= 0 meter^-1
dvt2w= 0 V^-1 dsub= 0
eta0=-0.00046875 etab= 0.00113675 V^-1
u0= 0.0098319 m^2/V/sec ua=9.4993e-010 m/V
ub=4.95858e-019 (m/V)^2 uc=-1.5879e-010 V^-1
vsat= 130813 m/sec a1= 0 v^-1
a2= 0.4 delta= 0.01 V
rdsw= 530 ohm-um prwg= 0 V^-1
prwb= 0 V^-1/2 wr= 1
pclm= 0.91154 pdiblc1= 1e-006
pdiblc2= 0.00796875 pdiblcb= 0.01 V^-1
pscbe1= 3.5e+008 V/m pscbe2= 5e-007 V/m
drout= 0 pvag= 0
nfactor= 1 cdsc= 0 f/m^2
cdscb= 0 f/V/m^2 cdscd= 0 f/V/m^2
cit=-6.28086e-005 f/m^2 alpha0=8.93496e-007 m/V
beta0= 22.6783 V dlc= 2e-009 meter
dwc= 1.5e-008 meter clc= 1e-007 meter
cle= 0.6 cgso= 3.28e-010 f/m
cgdo= 3.28e-010 f/m cgbo=2.53907e-010 f/m
cgsl= 0 f/m cgdl= 0 f/m
ckappa= 0.6 cf= 0 f/m
vfbflag= 1 vfbcv= Vfb
tnom= 298.15 K kt1= -0.23689 V
kt1l= 0 kt2= -0.02568
ute= -0.721369 ua1= 1.224e-009 m/V
ub1=-1.35253e-018 (m/V)^2 uc1=7.19149e-011 m/V^2
at= 10000 m/s prt= 0
using Hspice noise model nlev= 3
af= 1.252 kf= 9.267e-024
gdsnoi=-1.23457e-029
using Berkeley diodes using ACM
acm= 12 hdif= 2e-007 meter
ldif= 9e-008 meter js= 4.92e-006 amp/m^2
jsw= 9e-010 amp/m xti= 3
nj= 1 cj= 0.001121 f/m^2
mj= 0.4476 pb= 0.895226 V
cjsw=2.481e-010 f/m mjsw= 0.368362
php (not used) pbsw= 0.895226 V
cjgate (not used) cjswg=4.221e-010 f/m
mjswg= 0.368362 pbswg= 0.895226 V
la0=3.36969e-009 lketa=-5.83136e-010
lvoff=1.55427e-010 lvth0=-8.06576e-009
lk1=1.88712e-008 lk2=-6.75856e-009
leta0=2.55938e-010 letab=-5.56539e-010
lu0=-1.29165e-010 lua=-1.785e-016
lub=1.37311e-025 luc=1.95859e-017
lvsat=-0.000365624 lpclm=3.9807e-008
lpdiblc2=9.14062e-010 lcit=1.18189e-010
lkt1=-2.46349e-009 lkt2=-7.62232e-011
lute=5.38701e-010 lub1=2.54921e-026
luc1=-7.86928e-018 wa0=-5.00174e-007
wketa=8.66115e-009 wvoff=5.51816e-009
wvth0=1.06796e-008 wk1=1.44513e-007
wk2=-5.28371e-008 wetab=-5.90396e-010
wu0=-2.92769e-009 wua=-7.67988e-016
wub=4.3796e-025 wuc=2.92279e-017
wpclm=-1.31009e-008 wcit=2.21978e-010
wkt1=2.01412e-008 wkt2=8.08905e-009
wute=1.23065e-007 wub1=-2.57544e-025
wuc1=-4.96378e-017 pa0=1.27884e-013
pketa=-2.4688e-015 pvoff=-1.90571e-015
pvth0=-1.7426e-015 pk1=-2.05709e-014
pk2=8.79696e-015 petab=2.65679e-016
pu0=3.01257e-016 pua=1.84541e-022
pub=-1.52856e-031 puc=-1.08196e-023
ppclm=5.8954e-015 pcit=-8.55422e-017
pkt1=-2.00901e-015 pkt2=-1.55865e-015
pute=1.05946e-014 pub1=3.33784e-032
puc1=1.01945e-023
***************************************************************************
*** model parameters model name: 0:nch.6 model type:nmos ***
***************************************************************************
*** general parameters ***
deriv= 0.
*** level 49 model parameters ***
hspver= 2006.03 level= 49
version= 3.1 paramchk= 0
apwarn= 1 lite= 0
vgslim= 0 binUnit= 2
capMod= 0 xpart= 1
mobMod= 1 nqsMod= 0
stiMod= 0 elm= 5
sfvtflag= 0 tox= 4.08e-009 meter
xj= 1.6e-007 meter binflag= 0
lmin= 1.8e-007 meter lmax= 5e-007 meter
wmin= 1.3e-006 meter wmax= 1.01e-005 meter
lref= 0 meter wref= 0 meter
lint= 1e-008 meter wint= 1e-008 meter
lmult= 1 wmult= 1
ll= 0 lln= 1
lw= 0 lwn= 1
lwl= 0 wl= 0
wln= 1 ww= 0
wwn= 1 wwl= 0
dwg= 0 m/V dwb= 0 m/V^1/2
xl= -2e-008 xw= 0
a0= 0.526276 ags= -0.0283636 V^-1
b0= 0 meter b1= 0 meter
keta= -0.0442869 V^-1 voff= -0.124674 V
ngate= 0 cm^-3 vbx= 0 V
vbm= -3 V xt= 1.55e-007 meter
vth0= 0.475125 V nch= 3.9e+017 cm^-3
nsub= 6e+016 cm^-3 nlx= 0 meter
gamma1= 0 V^-1/2 gamma2= 0 V^-1/2
k1= 0.399824 V^1/2 k2= 0.0635217
k3= 0 k3b= 0 V^-1
w0= 0 meter dvt0= 0
dvt1= 0 dvt2= 0 V^-1
dvt0w= 0 meter^-1 dvt1w= 0 meter^-1
dvt2w= 0 V^-1 dsub= 0
eta0=-0.00029375 etab= 0.0013875 V^-1
u0= 0.0438766 m^2/V/sec ua=-9.05763e-010 m/V
ub=2.76049e-018 (m/V)^2 uc=1.23425e-010 V^-1
vsat= 84292.1 m/sec a1= 0 v^-1
a2= 0.99 delta= 0.01 V
rdsw= 170 ohm-um prwg= 0 V^-1
prwb= 0 V^-1/2 wr= 1
pclm= 1.10256 pdiblc1= 1e-006
pdiblc2=-0.00614659 pdiblcb= 0.01 V^-1
pscbe1= 4e+008 V/m pscbe2= 1e-006 V/m
drout= 0 pvag= 0
nfactor= 1 cdsc= 0 f/m^2
cdscb= 0 f/V/m^2 cdscd= 0 f/V/m^2
cit=0.000275662 f/m^2 alpha0=6.27411e-008 m/V
beta0= 11.5926 V dlc= 3e-009 meter
dwc= 1e-008 meter clc= 1e-007 meter
cle= 0.6 cgso= 3.665e-010 f/m
cgdo= 3.665e-010 f/m cgbo=1.69271e-010 f/m
cgsl= 0 f/m cgdl= 0 f/m
ckappa= 0.6 cf= 0 f/m
vfbflag= 1 vfbcv= Vfb
tnom= 298.15 K kt1= -0.226892 V
kt1l= 0 kt2= -0.0293724
ute= -2.17242 ua1=1.21741e-009 m/V
ub1=-3.85222e-018 (m/V)^2 uc1=-1.56881e-010 m/V^2
at= 20000 m/s prt= 0
using Hspice noise model nlev= 3
af= 0.8256 kf= 9.326e-025
gdsnoi=-1.23457e-029
using Berkeley diodes using ACM
acm= 12 hdif= 2e-007 meter
ldif= 9e-008 meter js= 8.38e-006 amp/m^2
jsw= 1.6e-011 amp/m xti= 3
nj= 1 cj=0.00100027 f/m^2
mj= 0.359526 pb= 0.688268 V
cjsw=2.04055e-010 f/m mjsw= 0.200388
php (not used) pbsw= 0.688268 V
cjgate (not used) cjswg=3.34055e-010 f/m
mjswg= 0.43879 pbswg= 0.688268 V
la0=8.27739e-008 lags=1.17091e-009
lketa=3.24227e-009 lvoff=-1.46803e-009
lvth0=5.30638e-009 lk1=4.96441e-008
lk2=-2.38841e-008 leta0=1.81125e-010
letab=-6.8425e-010 lu0=1.28343e-009
lua=4.21589e-018 lub=5.40077e-027
luc=4.2404e-018 lvsat=-0.00020125
lpclm=3.81329e-008 lpdiblc2=5.06052e-009
lcit=1.03196e-010 lkt1=5.12772e-009
lkt2=6.06917e-010 lute=8.3695e-008
lua1=9.22096e-019 lub1=4.30649e-025
luc1=3.28669e-017 wa0=1.44725e-007
wags=8.43055e-008 wketa=2.45876e-008
wvoff=1.24533e-009 wvth0=1.06208e-009
wk1=9.76597e-008 wk2=-4.2038e-008
wu0=-5.21111e-009 wua=4.67504e-016
wub=-1.02086e-024 wuc=-6.63073e-017
wvsat= 0.00146618 wpclm=5.11175e-008
wpdiblc2=2.10763e-009 wcit=-3.76467e-011
wkt1=-2.57688e-009 wkt2=-1.65007e-009
wute=9.00127e-007 wua1=8.43059e-018
wub1= 3.249e-024 wuc1=1.86898e-016
pa0=-7.30659e-014 pags=-1.18028e-014
pketa=-2.8368e-015 pvoff=-7.81931e-016
pvth0=5.18083e-015 pk1=-6.47274e-015
pk2=5.41695e-015 pu0=-3.15696e-016
pua=-5.25846e-023 pub=1.58429e-033
puc=-1.06277e-024 ppclm=4.39302e-014
ppdiblc2=-2.95069e-016 pcit=1.73175e-017
pkt1=-2.08738e-015 pkt2=-3.93619e-017
pute=-1.33636e-013 pua1=-1.18028e-024
pub1=-4.81426e-031 puc1=-3.25428e-023
**info** set option symb=1 internally to help for convergence.
*****************************************************************
****** option summary
******
runlvl = 3 bypass = 2
1****** HSPICE -- F-2011.09-SP1 32-BIT (Nov 18 2011) winnt ******
******
* # file name: /home/dianke/simulation/yc/hspices/schematic/netlist/
****** operating point information tnom= 25.000 temp= 25.000 *****
***** operating point status is all simulation time is 0.000e+00
node =voltage node =voltage node =voltage
+0:net046 = 0.000e+00 0:net066 = 0.000e+00 0:net120 = 1.876e-09
+0:net134 = 3.920e-02 0:net142 = 3.920e-02 0:net150 = 3.920e-02
+0:net158 = 8.999e-01 0:vdd! = 1.800e+00 0:vout = 1.800e+00
**** voltage sources
subckt
element 0:v1 0:v2 0:v0
volts 0.000e+00 0.000e+00 1.800e+00
current 0.000e+00 0.000e+00 -3.971e-11
power 0.000e+00 0.000e+00 7.148e-11
total voltage source power dissipation= 7.148e-11 watts
**** mosfets
subckt
element 0:m10 0:m9 0:m8 0:m7 0:m6 0:m5
model 0:pch.6 0:pch.6 0:nch.6 0:nch.6 0:nch.6 0:nch.6
region Cutoff Linear Linear Cutoff Cutoff Cutoff
id -3.516e-12 -2.989e-11 7.121e-12 5.496e-12 7.140e-12 5.496e-12
ibs 8.987e-25 5.053e-24 -2.224e-26 -6.840e-17 -2.242e-26 -6.840e-17
ibd 4.576e-15 6.387e-21 -6.358e-24 -5.112e-15 -6.840e-17 -5.112e-15
vgs -3.675e-08 -1.800e+00 1.800e+00 -3.920e-02 0.000e+00 -3.920e-02
vds -1.800e+00 -3.675e-08 1.876e-09 1.760e+00 3.920e-02 1.760e+00
vbs 0.000e+00 0.000e+00 0.000e+00 -3.920e-02 0.000e+00 -3.920e-02
vth -5.047e-01 -5.128e-01 5.323e-01 5.380e-01 5.321e-01 5.380e-01
vdsat -4.115e-02 -7.167e-01 4.826e-01 4.033e-02 4.016e-02 4.033e-02
vod 5.047e-01 -1.287e+00 1.267e+00 -5.772e-01 -5.321e-01 -5.772e-01
beta 1.043e-03 8.249e-04 4.629e-03 6.279e-03 6.278e-03 6.279e-03
gam eff 6.592e-01 6.592e-01 9.853e-01 9.898e-01 9.853e-01 9.898e-01
gm 1.052e-10 1.296e-11 2.192e-12 1.589e-10 2.055e-10 1.589e-10
gds 1.247e-12 8.145e-04 3.823e-03 2.241e-12 7.541e-11 2.241e-12
gmb 3.883e-11 8.491e-12 1.400e-12 4.999e-11 6.993e-11 4.999e-11
cdtot 2.352e-15 5.653e-15 5.370e-15 2.177e-15 2.914e-15 2.177e-15
cgtot 2.145e-15 3.933e-15 4.058e-15 2.381e-15 2.381e-15 2.381e-15
cstot 3.296e-15 5.835e-15 5.585e-15 2.914e-15 2.955e-15 2.914e-15
cbtot 5.208e-15 6.244e-15 5.554e-15 4.569e-15 5.347e-15 4.569e-15
cgs 6.462e-16 1.947e-15 2.016e-15 7.257e-16 7.257e-16 7.257e-16
cgd 6.462e-16 1.947e-15 2.016e-15 7.257e-16 7.257e-16 7.257e-16
subckt
element 0:m4 0:m3 0:m2 0:m1 0:m11
model 0:nch.6 0:nch.6 0:nch.6 0:nch.6 0:nch.6
region Cutoff Cutoff Cutoff Cutoff Cutoff
id 7.140e-12 5.496e-12 7.140e-12 2.989e-26 -2.989e-26
ibs -2.242e-26 -6.840e-17 -2.242e-26 -8.740e-17 -8.740e-17
ibd -6.840e-17 -5.112e-15 -6.840e-17 -8.740e-17 -8.740e-17
vgs 0.000e+00 -3.920e-02 0.000e+00 -8.999e-01 -1.800e+00
vds 3.920e-02 1.760e+00 3.920e-02 9.001e-01 -9.001e-01
vbs 0.000e+00 -3.920e-02 0.000e+00 -8.999e-01 -1.800e+00
vth 5.321e-01 5.380e-01 5.321e-01 7.313e-01 7.313e-01
vdsat 4.016e-02 4.033e-02 4.016e-02 4.287e-02 4.287e-02
vod -5.321e-01 -5.772e-01 -5.321e-01 -1.631e+00 -2.531e+00
beta 6.278e-03 6.279e-03 6.278e-03 6.148e-03 6.148e-03
gam eff 9.853e-01 9.898e-01 9.853e-01 1.071e+00 1.071e+00
gm 2.055e-10 1.589e-10 2.055e-10 9.061e-25 9.061e-25
gds 7.541e-11 2.241e-12 7.541e-11 2.415e-26 2.415e-26
gmb 6.993e-11 4.999e-11 6.993e-11 2.035e-25 2.035e-25
cdtot 2.914e-15 2.177e-15 2.914e-15 2.177e-15 2.409e-15
cgtot 2.381e-15 2.381e-15 2.381e-15 2.381e-15 2.381e-15
cstot 2.955e-15 2.914e-15 2.955e-15 2.409e-15 2.177e-15
cbtot 5.347e-15 4.569e-15 5.347e-15 4.064e-15 4.064e-15
cgs 7.257e-16 7.257e-16 7.257e-16 7.257e-16 7.257e-16
cgd 7.257e-16 7.257e-16 7.257e-16 7.257e-16 7.257e-16
***** job concluded
1****** HSPICE -- F-2011.09-SP1 32-BIT (Nov 18 2011) winnt ******
******
* # file name: /home/dianke/simulation/yc/hspices/schematic/netlist/
****** job statistics summary tnom= 25.000 temp= 25.000 *****
****** HSPICE Threads Information ******
Command Line Threads Count : 1
Available CPU Count : 4
Actual Threads Count : 1
****** Circuit Statistics ******
# nodes = 32 # elements = 14
# resistors = 0 # capacitors = 0 # inductors = 0
# mutual_inds = 0 # vccs = 0 # vcvs = 0
# cccs = 0 # ccvs = 0 # volt_srcs = 3
# curr_srcs = 0 # diodes = 0 # bjts = 0
# jfets = 0 # mosfets = 11 # U elements = 0
# T elements = 0 # W elements = 0 # B elements = 0
# S elements = 0 # P elements = 0 # va device = 0
# vector_srcs = 0
****** Runtime Statistics (seconds) ******
analysis time # points tot. iter conv.iter
op point 0.27 1 19
readin 1.25
errchk 1.59
setup 0.25
output 0.00
peak memory used 38.41 megabytes
total cpu time 3.36 seconds
total elapsed time 4.46 seconds
job started at 10:52:22 04/30/2014
job ended at 10:52:26 04/30/2014
lic: Release hspice token(s) |
最佳答案
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你的hspice 是有跑完的..
也沒有錯誤,
只是你的結果沒有被保存,
在.end 之前加入
.option probe post
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创芯大讲堂
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发表于 2014-4-30 11:05:26
